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Fingerprint Dive into the research topics where Johannes Zimmer is active. These topic labels come from the works of this person. Together they form a unique fingerprint.

Mathematics

Gradient Flow
Hydrodynamic Limit
Traveling Wave
Large Deviation Principle
Phase Transition
Lattice Model
Nonlocal Delay
Dissipation
Large Deviations
Energy Density
Particle System
Diffusion equation
Concentration-compactness
Zero-range Process
Traveling Wavefronts
Young Measures
Dislocation Dynamics
Sine-Gordon Equation
Interaction
Lennard-Jones
Shape Memory
Energy
Discrete Equations
Rate-independent Processes
Time Discretization
Frenkel-Kontorova Model
Fluctuations (theory)
Traveling Wave Solutions
Energy Function
Convergence to Equilibrium
Model
Nearest Neighbor
Kinetic Relation
Fluctuating Hydrodynamics
Gradient
Markov chain
Infinity
Rate Function
Arzela-Ascoli Theorem
Thermoviscoelasticity
Quasistatic Evolution
Metric
Materials Science
Nonlocal Diffusion
Homoclinic
Acceleration of Convergence
Renormalized Solutions
Mountain Pass
Formulation
Asymmetric Exclusion Process

Physics & Astronomy

Physics

gradients
traveling waves
hydrodynamic equations
perturbation

General

deviation
formulations
Markov chains
three dimensional models
materials science
entropy
thermodynamics
energy
reaction-diffusion equations
fluctuation theory
energy methods
microstructure
infinity
drag coefficients
inhomogeneity
Green's functions
time lag
plastics
free energy
descent
simulation
molecular dynamics
profiles
formalism
damage
Ostwald ripening
decay
thermodynamic equilibrium
dissipation
homogenizing
optimization
nonconservative forces

Engineering

hydrodynamics
martensitic transformation
condensing
orthogonality
moments
continuum mechanics
classical mechanics

Chemistry and Materials

zirconium oxides
modulus of elasticity

Mathematical and Computer Sciences

symmetry
Fokker-Planck equation
harmonic analysis
partial differential equations

Aeronautics

trajectories

Engineering & Materials Science

Phase transitions
sine-Gordon equation
Lennard-Jones potential
Hamiltonians
Thermodynamics
Shape memory effect
Zirconia
Mechanics
Hydrodynamics
Free energy
Topology
Elastic moduli
Hysteresis
Fokker Planck equation
Materials science
Atoms
Nonlinear optics
Brownian movement
Wavefronts
Flow structure
Plasticity
Boundary value problems
Ferrite
Nonlinear systems
Drag coefficient
Momentum
Entropy
Geometry
Microstructure
Kinetics
Boundary conditions
Mathematical models
Fluxes
Plastics
Energy barriers
Crystals
Continuum mechanics
Steel
Stochastic systems
Crystal microstructure
Screw dislocations
Polynomials